HIFI Spectroscopy of H 2 O submm Lines in Nuclei of
... (3) a hot core (usually appears in ULIRGs), where high-lying water, mid-IR and high-J CO lines arise ...
... (3) a hot core (usually appears in ULIRGs), where high-lying water, mid-IR and high-J CO lines arise ...
Ultracold Triplet Molecules in the Rovibrational
... the nonideal laser system. In principle, losses could also be due to other effects, such as coupling to levels outside of jfi, jei, and jgi. However, we have verified that this is not the case because losses due to optical excitation are completely negligible when we expose a pure ensemble of jfi (j ...
... the nonideal laser system. In principle, losses could also be due to other effects, such as coupling to levels outside of jfi, jei, and jgi. However, we have verified that this is not the case because losses due to optical excitation are completely negligible when we expose a pure ensemble of jfi (j ...
Evolution of Neutron Star Magnetic Fields
... Neutron stars are strongly magnetised objects, with the surface field strength ranging from ∼ 108 to 1013 G, as inferred from radio pulsars, accreting X-ray pulsars and lowmass X-ray binaries. There also exists another class of objects, consisting of anomalous X-ray pulsars and soft gamma repeaters, ...
... Neutron stars are strongly magnetised objects, with the surface field strength ranging from ∼ 108 to 1013 G, as inferred from radio pulsars, accreting X-ray pulsars and lowmass X-ray binaries. There also exists another class of objects, consisting of anomalous X-ray pulsars and soft gamma repeaters, ...
Single-particle-sensitive imaging of freely propagating ultracold atoms
... optical system. The imaging system reaches an extraordinary dynamic range, not attainable with conventional absorption imaging. We demonstrate single-atom detection for dilute atomic clouds with high efficiency where at the same time dense Bose–Einstein condensates can be imaged without saturation o ...
... optical system. The imaging system reaches an extraordinary dynamic range, not attainable with conventional absorption imaging. We demonstrate single-atom detection for dilute atomic clouds with high efficiency where at the same time dense Bose–Einstein condensates can be imaged without saturation o ...
INTRODUCTION:
... Buffer: The outer layer, which serves as a "shock absorber" to protect the core and cladding from damage. ...
... Buffer: The outer layer, which serves as a "shock absorber" to protect the core and cladding from damage. ...
PC 481 Fiber Optics Lab Manual
... cores are brought to within a wavelength apart some of the light in one core will leak into the other core or cores. The amount of coupling, or power transfer, between the cores is dependent upon the distance at which the core are apart, as well as the interaction length. Also, the coupling properti ...
... cores are brought to within a wavelength apart some of the light in one core will leak into the other core or cores. The amount of coupling, or power transfer, between the cores is dependent upon the distance at which the core are apart, as well as the interaction length. Also, the coupling properti ...
Understanding Radiance, Irradiance and Radiant Flux
... off in proportion to the distance squared from the source, since the total power is constant and it is spread over an area that increases with the distance squared from the radiation source. To compare the irradiance of different sources, one must take into account the distance from the source. A 50 ...
... off in proportion to the distance squared from the source, since the total power is constant and it is spread over an area that increases with the distance squared from the radiation source. To compare the irradiance of different sources, one must take into account the distance from the source. A 50 ...
Optics - MIT Fab Lab
... where f is the focal length of the lens. This is the lens equation, giving the relationship between where a ray starts on the axis on one side of the lens and where it crosses the axis on the other side. Notice that the angles have dropped out of this equation: all rays starting at the same distance ...
... where f is the focal length of the lens. This is the lens equation, giving the relationship between where a ray starts on the axis on one side of the lens and where it crosses the axis on the other side. Notice that the angles have dropped out of this equation: all rays starting at the same distance ...
Document
... disturbance in hypothetical medium called ether. The disturbance from the source is propagated in the form of waves through space and the energy is distributed equally in all directions Even though this theory could satisfactorily explain several optical phenomena, the presence of ether could not be ...
... disturbance in hypothetical medium called ether. The disturbance from the source is propagated in the form of waves through space and the energy is distributed equally in all directions Even though this theory could satisfactorily explain several optical phenomena, the presence of ether could not be ...
Optics - Frederiksen
... This simple, high intensity light is very suitable for experiments with lenses, prisms and optical gratings. The light source itself is a small festoon lamp with the filament aligned with the supporting rod making it easy to position on an optical bench. The long, narrow filament is ideal for perfor ...
... This simple, high intensity light is very suitable for experiments with lenses, prisms and optical gratings. The light source itself is a small festoon lamp with the filament aligned with the supporting rod making it easy to position on an optical bench. The long, narrow filament is ideal for perfor ...
Looking through walls and around corners with
... interferometric detection. The ability to use incoherent light for widefield imaging is one of the major advantages of our technique in applications such as microscopy. ...
... interferometric detection. The ability to use incoherent light for widefield imaging is one of the major advantages of our technique in applications such as microscopy. ...
